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Effects of post-fire logging on forest surface air temperatures in the Siskiyou Mountains, Oregon, USAAuthor(s): Joseph B. Fontaine; Daniel C. Donato; John L. Campbell; Jonathan G. Martin; Beverley E. Law
Source: Forestry 83(5):477-482
Publication Series: Scientific Journal (JRNL)
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DescriptionFollowing stand-replacing wildfire, post-fire (salvage) logging of fire-killed trees is a widely implemented management practice in many forest types. A common hypothesis is that removal of fire-killed trees increases surface temperatures due to loss of shade and increased solar radiation, thereby influencing vegetation establishment and possibly stand development. Six years after a wildfire in a Mediterranean-climate mixed-conifer forest in southwest Oregon, USA, we measured the effects of post-fire logging (>90% dead tree (snag) removal) on growing season surface air temperatures. Compared with unlogged severely burned forest, post-fire logging did not lead to increased maximum daily surface air temperature. However, dead tree removal was associated with lower nightly minimum temperatures (~1°C) and earlier daytime heating, leading to a 1–2°C difference during the warming portion of the day. Effects varied predictably by aspect. The patterns reported here represent a similar but muted pattern as previously reported for microclimatic changes following clear-cutting of green trees. Effects of microsites such as tree bases on fine-scale temperature regimes require further investigation.
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CitationFontaine, Joseph B.; Donato, Daniel C.; Campbell, John L.; Martin, Jonathan G.; Law, Beverley E. 2010. Effects of post-fire logging on forest surface air temperatures in the Siskiyou Mountains, Oregon, USA. Forestry 83(5):477-482.
Keywordsstand-replacing wildfire, post-fire soil temperature, post-fire salvage logging, diurnal temperature regimes, Mediterranean climate regimes, reforestation
- Effects of timber harvest following wildfire in western North America
- Post-fire logging reduces surface woody fuels up to four decades following wildfire
- Forest fuels and predicted fire behavior in the first 5 years after a bark beetle outbreak with and without timber harvest (Project INT-EM-F-11-04) [Chapter 12]
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